Solution Overview
The pharmaceutical industry, including bio-pharmaceuticals and chemical synthetic pharmaceuticals, generates complex exhaust gases during production. Effective VOC and corrosive gas treatment is essential for environmental compliance, safety, and reliable production.
AuSSE provides integrated exhaust gas treatment and RTO system solutions tailored to pharmaceutical facilities.
Industry Characteristics
Exhaust gas composition is complex, with fluctuating concentrations.
Contains corrosive and hard-to-handle gases, such as HCl and CH₂Cl₂.
Multiple emission points lead to complex collection pipelines.
Solvent VOCs often have strong odors, low odor thresholds, and wide diffusion range.
Production risks are high due to flammable, explosive substances and potential incidents like spills, leaks, or drips.
Engineering Challenges
Accurate gas analysis before designing the treatment process
Proper classification of different waste gas streams to avoid hazardous reactions
Anti-corrosion and anti-static design of pipelines and equipment
Effective collection of low- and high-concentration streams
Post-treatment measures to handle residual heat and corrosion
AuSSE Integrated VOC Treatment Solution
AuSSE designs exhaust gas treatment systems based on production process and emission characteristics.
Accurate Gas Analysis
We measure and analyze gas composition and concentration before system design. This ensures the right treatment process is chosen.
Waste Gas Classification
Different gas streams are separated to reduce safety risks. This avoids hazardous reactions when gases converge.
Precision Pipeline Design
Collection pipelines are engineered for effective airflow and VOC capture. Airflow simulations help balance air volume and pressure.
Anti-Corrosion and Safety Measures
Pipelines and RTO components in contact with corrosive gas are treated with anti-corrosion coatings. Safety devices include LEL sensors, flame arrestors, and emergency discharge systems.
Pre-Treatment of Waste Gas
Acidic, alkaline, and halogen-containing gases are removed before entering the RTO system. This protects equipment and improves treatment efficiency.
RTO System Treatment
The RTO treats classified waste gas efficiently. Post-treatment measures, such as cooling and alkali washing, reduce residual heat and corrosive components.
Low-Nitrogen Combustion
Low-nitrogen burners minimize emissions of terminal nitrogen oxides and sulfides.
Maintenance-Friendly Design
Components at risk of corrosion use quick assembly and disassembly design. This simplifies maintenance and ensures stable operation.
Project Experience in the Pharmaceutical Industry
AuSSE has delivered multiple VOC treatment and RTO systems for pharmaceutical production facilities. Our solutions focus on safety, regulatory compliance, and long-term system reliability.
Build the Right Solution for Your Process
Share your emission sources, airflow, VOC composition and site constraints with the AuSSE engineering team.
Contact our engineering team